Wire Twister for Powered Driver

Abstract

A wire twisting device for use with a typical power driver, in the shape of a plate whereby the wires can be engaged by the device by sliding the wires through cut-outs in the outer edge of the plate to a respective port appropriately sized to accept the wire and hold in place until driver can be engaged to twist the wire into the desired braided position, connecting the wires and allowing a junction to be completed by the user.

Claims

1. A wire twisting device comprising: a plate having a wire engaging face, a tool engaging face, a plurality of grooves cut out from the outer edge of the plate, equidistant from each other, toward the center of the plate and a plurality of circular-shaped ports positioned in line with the grooves whereby the grooves are enlarged by the circular-shaped ports; a shaft operably connected to the plate such that the rotation of the shaft is imparted to the plate; wherein each of the plurality of ports are configured to substantially engage a wire.

2. The wire twisting device of claim 1, wherein the ports are positioned to engage and arrange the wire snugly and equidistant from each other.

3. The wire twisting device of claim 1, wherein the shaft is configured to operably connect to the chuck of an electrical driver.

4. The method for twisting electrical wire, comprising: providing a wire twisting device having a plate having a wire engaging face, a tool engaging face, a plurality of grooves cut out from the outer edge of the plate, equidistant from each other, toward the center of the plate and a plurality of circular-shaped ports positioned in line with the grooves whereby the grooves are enlarged by the circular-shaped ports, and a shaft operably connected to the plate such that the rotation of the shaft is imparted to the plate with the end of the shaft distal to the plate able to operably connect to the chuck of a typical electric driver; engaging a plurality of wires in the ports equidistant from each other by sliding the wire from the side of the plate into the groove and into position at the appropriately sized port; rotating the twisting device by engaging the typical electric driver; twisting the respective wires together to a form a braided wire segment; and disengaging the braided wire segment from the wire twisting device.

Description

BRIEF DESCRIPTION OF THE DRAWINGS

[0005] FIG. 1 is a top down view of the present invention. The grooves in the device, 107, allow for the wire to be slid into place. The notches, 102, 103 and 104, are sized to allow wire of a plurality of gauges or sizes to be held in place.

[0006] FIG. 2 is a side view of the present invention. The grooves are shown as 107.

DETAILED DESCRIPTION OF THE INVENTION

[0007] The present invention is a tool, able to be secured to a typical power drill or driver, for the purpose of twisting together a plurality of electrical wire, stripped of any protective coating, to create a junction of said plurality of wires by twisting the wires together prior to applying a covering or other item to protect the newly formed wire junction.

[0008] In the preferred embodiment, the present invention is comprised of a top piece, in the shape of a plate, or plate, shown in FIG. 1, and an attached rod, 108 in FIG. 2, for the purpose of securing the plate to the typical power drill or driver. The plate section has a plurality of groves, 107, cut into the plate from the outer edge of the plate inward to allow a wire to be slid into position for the twisting process. FIG. 1 shows the present invention with six grooves, 107, however the number of grooves can be increased or decreased in alternative embodiments, depending on the size of the invention and the needs of the particular user.

[0009] In the preferred embodiment, the present invention in FIG. 1 depicts 3 notches, labeled 102, 103 and 104, that are used to hold the wire in place for the twisting the process. It is currently known in the art a similar device with holes instead of notches that serve a similar purpose. The advantage of the present invention is the combination of the grooves, 107, and the notches, 102, 103 and 104, that allow the wire to be slid into place from the side of the plate, rather than fed through a small hole from the bottom of the plate as required in existing devices.

[0010] In the preferred embodiment, there are three notches in the plate, 102, 103 and 104, are of differing sizes to account for the different thickness of typical wire used in the electrical industry. The first notch, 104, is closest to the outer edge of the plate and is the largest size notch. This would accommodate the largest gauge wire. The second notch, 102, is smaller than the first notch, 104, and the third notch, 103 is the smallest of the three notches accommodating the smallest gauge wire of the particular embodiment of the present invention. An alternative embodiment of the invention can have more or less notches, depending on the size of the invention and to account for the needs of the particular user.

[0011] The side view, FIG. 2, depicts the present invention in the preferred embodiment and shows the notches, 107, in the plate. The end of the rod, 108, distal to the plate section, is the tool engaging face, allowing a typical power drill or driver to securely, but temporarily, attach to invention for use.

[0012] To utilize the present invention in the preferred embodiment, a user will have at least two wires that need to be twisted together to form a junction or connection, typically preformed in the electrical industry. With the protective covering removed from the end of the wires, the user would slide the exposed metal wire in at least two of the plurality of grooves, 107, until reaching the notch, 102, 103 or 104, that is best suited to the size of the particular gauge wire being used. The present invention would likely be marked to inform the user as to the gauge of wire able to be accommodated by the particular embodiment of the present invention. The largest gauge wire able to be accommodated would fit securely into the notch closest to the outer edge of the plate, 104, and the smallest gauge wire able to be accommodated would fit securely into the notch furthest from the outer edge of the plate, 103. The number of notches could be increased from three to allow the user to utilize the same embodiment of the present invention on a larger range of wire gauges. The number of grooves could also be increased as needed to be able to twist more than six individual pieces of wire together. The preferred embodiment of the present invention depicts six grooves, 107 and three notches, 102, 103 and 104. This depiction is not meant to the limit the number of grooves or notches.